Cyberpunk Surgery Master

Orchestrate complex procedures within a neon-lit surgical bay, utilizing advanced haptics to manipulate precision nano-instruments and modular prosthetics. Select diagnostic tools from an extensive cybernetic interface; identify malfunctions in articulated servos or damaged fiber optics with pinpoint accuracy. Replace malfunctioning microactuators and recalibrate neural transceivers by executing intricate circuit mapping sequences. Deploy augmented vision overlays for detailed analysis of biomechanical junctions while managing thermal load thresholds during intense reconstruction phases. Allocate resources judiciously—balancing coolant reserves, power cells, and rare alloys under strict operational timelines ensures optimal patient recovery metrics. Synthesize custom polymer grafts for seamless integration between organic tissue analogues and robotic frameworks. Achieve mastery through adaptive procedural strategy as new implant configurations introduce unforeseen engineering challenges at every phase of restoration.